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VERAL ALUMINUM <br /> Physical and Mechanical Properties <br /> UNITED STATES TEST STANDARDS CANADA TEST STANDARDS <br /> Property Test Property Test Method <br /> (as Manufactured) Values/Units Method (as manufactured) CSA Al 23.23-15 <br /> Values/Units <br /> Thickness(minimum) 146 mils (3.7 mm) ASTM D 5147 Thickness(minimum) 3.7 mm(146 mils) <br /> section 6 <br /> Thickness(average) 150 mils (3.8 mm) ASTM D 5147 Thickness(average) 3.8 mm(150 mils <br /> section 6 <br /> 'Peak Load @ 73 F 85 Ibf/inch ASTM D 5147 'Peak Load 23 C 15.0 kN/m <br /> 230C averse 15.0 kN/m section 7 73'F averse 85 Ibf/inch <br /> 'Peak Load @ 0 F 180 Ibf/inch ASTM D 5147 'Peak Load @-17 C 31.7 kN/m <br /> -170C averse 31.7 kN/m section 7 009 averse 180 Ibf/inch <br /> 'Elongation @ ASTM D 5147 'Elongation @ <br /> Peak Load,73OF 5% section 7 Peak Load,230C 5% <br /> 230C averse 730E avers e <br /> 'Elongation @6 ASTM D 5147 'Elongation @ <br /> Peak Load,0 F(-170C) 4% section 7 Peak Load,-170C 4% <br /> averse 0017 (average) <br /> 'Ultimate Elongation @ ASTM D 5147 'Ultimate Elongation @ <br /> 730E 230C averse 45% section 7 230C 730E averse 45% <br /> 'Tear Strength 120 Ibf ASTM D 5147 N/A N/A <br /> averse 0.54 kN section 8 <br /> Water Absorption ASTM D 5147 <br /> maximum 1% section 10 N/A N/A <br /> Dimensional Stability ASTM D 5147 Dimensional Stability <br /> maximum 0.2% section 11 maximum 0.2% <br /> Low Temperature ASTM D 5147 Low Temperature <br /> Flexibility 00F (A 80C) section 12 Flexibility -180C(OOF) <br /> maximum <br /> Compound Stability ASTM D 5147 Compound Stability <br /> minimum 2250F 1070C section 16 minimum 1070C 2250E <br /> Coating Thickness- z 40 mils(1 mm) ASTM D 5147 Coating Thickness- 1 mm(>_40 mils) <br /> Back Surface section 17 Back Surface <br /> =Thermal Shock 0.2% ASTM D 6298 2Thermal Shock 0.2% <br /> Resistance maximum Resistance maximum <br /> Mass Per Unit Area 4.6 kg/m' <br /> minimum 96 lb/s <br /> 1. The value reported Is the lower of either MD or XD. <br /> 2. This test is specifically designed for metal foil-clad materials. These materials include three different <br /> components: metal foil, glass scrim, and SBS-modified bitumen. Each of these materials has a different <br /> coefficient of expansion,and it is imperative that these individual components function harmoniously to avoid <br /> severe dimensional problems that can result in foil delamination, "creep", wrinkling, or even disbonding of <br /> the sheet from the substrate. <br /> Rev 2/2018 <br />